TE Connectivity AMPMODU Series Board PCB Header, 12 Contact(s), 2.54 mm Pitch, 1 Row, Unshrouded

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Sous-total (1 sachet de 90 unités)*

233,69 €

(TVA exclue)

282,76 €

(TVA incluse)

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  • Expédition à partir du 26 janvier 2026
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Sachet(s)
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Prix par unité*
1 +233,69 €2,597 €

*Prix donné à titre indicatif

N° de stock RS:
476-770
Référence fabricant:
2-87499-1
Fabricant:
TE Connectivity
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Marque

TE Connectivity

Product Type

PCB Header

Series

AMPMODU

Pitch

2.54mm

Current

3A

Number of Contacts

12

Housing Material

Thermoplastic

Number of Rows

1

Shrouded/Unshrouded

Unshrouded

Mount Type

Board

Connector System

Wire-to-Board

Contact Material

Beryllium Copper Alloy

Minimum Operating Temperature

65°C

Row Pitch

2.54mm

Termination Type

Crimp

Contact Gender

Female

Maximum Operating Temperature

105°C

Standards/Approvals

CSA LR7189, UL 94V-0, UL E28476

Voltage

250 V

Distrelec Product Id

304-55-437

Pays d'origine :
MX
The TE Connectivity Housing receptacle for wire-to-board applications delivers a perfect blend of performance and reliability. With its 12-position capacity and crimp-style termination, this product is designed to seamlessly connect wires to PCB layouts requiring compact solutions. Tailored for signal transmission within the AMPMODU IV/V series, it features a 2.54 mm centerline, ensuring compatibility with various PCB designs. Boasting a sleek black thermoplastic body, this housing not only enhances the aesthetic appeal but also ensures durability even in challenging environments. Ideal for diverse industries, it underscores TE Connectivity's commitment to excellence in connector technology, making it a must-have for modern electronic assemblies. This product has been engineered to meet stringent electrical characteristics while ensuring compliance with global standards.

Robust design optimized for wire-to-board connectivity

Inline contact layout enhances signal integrity

Thermoplastic housing material provides exceptional resilience

Compact dimensions facilitate integration into tight spaces

Low termination resistance ensures efficient electrical conduction

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